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  • Highly Conductive Insulation for Large, High-Speed Machines
    to arc tracking and dielectric breakdown. Next generation, high-speed, multi-megawatt, rotating machines provide an insulating challenge for traditional silicone-impregnated fiberglass and epoxymica stator-coil-insulation systems. A high frequency voltage supply for these rotating machines is required
  • Silicone Based Electrical Insulation Material for High Speed/Voltage Rotating Machines
    on silicone, epoxy, polyester, polyesterimide, and other polymers. Among all of these insulation materials, silicone based insulation best fits into many rotating machinery applications because of stability across a wide temperature range and the ability for highly thermally conductive designs
  • Silicone Based Insulation Material for High Speed/Voltage Rotating Machines
    on silicone, epoxy, polyester, polyesterimide, and other polymers. Among all of these insulation materials, silicone based insulation best fits into many rotating machinery applications because of stability across a wide temperature range and the ability for highly thermally conductive designs
  • New Advances in Silicone-based Thermal Insulation
    gradients; complicated manufacturing processes; poor thermal stability; particulate contamination after degradation; and high cost. The semiconductor industry is moving towards a thinner profile insulation that still maintains required thermal gradients, operates at higher temperature, has excellent
  • Points to Consider When Purchasing and Installing Environmental Chambers
    A distinction between test chambers is the temperature range in which the chamber will operate. Most manufacturers have a standard high temperature range of 177°C to 190°C (350°F to 375°F) for reach-in. chambers and welded walk-ins. Temperatures up to 260°C (500°F) and even higher, can be achieved
  • Thermal Millboard - 1401-Millboard
    1401-Millboard is a high temperature material for use in gasketing, insulation, personal protection, heat and flame barriers, dryers, parting media and expansion joints. It is intended for use in applications with maximum continuous operating temperatures up to 1260oC (2300oF) and it resists
  • Reference Guide: Resin Plates Characteristics
    Insulation Plates comes from glass fiber based laminated plywood with a high heat binder. Four grades of heat insulating plates are available to meet each specification. Characteristics of Insulating Plates. CStandard Grade:It is suitable for a use of a heat resistant structural material for heating
  • Inspecting Gas Fired Furnaces Using Infrared Thermography
    shutdowns of these furnaces can result in production losses as high as $84K. Traditionally, visual inspections have been the preferred method of monitoring wall insulation health. Peeled or blistered paint and a cherry red glow are used as indicators that insulation is breaking down inside
  • E.J. Bartells Increases Productivity with Waterjet!
    material to 3,000ºF high-temperature refractory material to contractors and end users in nine Pacific Northwest and Western states. The company is headquartered in Renton, Wash., and has several branch locations in Washington, Oregon, Alaska, Utah, Colorado and Montana.
  • Chainflex Cables Available With Over-Molded Connectors
    bearings, now offers Chainflex cables with over-molded connectors. Chainflex CF.INI increases the variety of options available to Chainflex customers by adding an easy to specify sensor/actuator cord set for process automation applications to igus line of high-flex cables. Chainflex cables are designed
  • Interphex Stands Test of Time (and Economy)
    is presenting its T-Tubes clean environment insulation: the only insulation in the world that is tested and approved by Factory Mutual to its Cleanroom Standards. T-Tubes are only ¼-inch thick, require no jacketing, are suitable for high- and low-temperature applications, have excellent toxicity
  • Expanded PTFE Polymer Keeps Electrical and Electronics Cables Clean and Flexible
    insulation to sliding surfaces since its discovery in 1938. These same characteristics let PTFE and its expanded derivatives (ePTFE) work well in cables for today's demanding, high-flex, low-downtime applications. The materials can give cables long flex-life, extra strength, better signal transmission
  • Medical Device Link .
    Wires can create conductive pathways that transport electrical energy down the length of invasive catheter devices. Because wire systems can provide microdiameter profiles while maintaining consistent high-quality metallic and insulation material properties and dimensions, they are leading the way

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